Made to order
- Install & operator training on MX-OS and MiXO Pro, on-site
- DMT coating-parameter support for your titanium grades
InssTek MX-Med Medical DED Metal 3D Printer – Porous Titanium Implant Coating | 300×300×230 mm
The InssTek MX-Med is a DED metal 3D printer dedicated to medical work — a low-power 100 W laser and 200 µm beam that apply uniform porous titanium coatings to orthopedic implants for osseointegration, driven by DMT closed-loop melt-pool control across an 11.8×11.8×9.1 in / 300×300×230 mm envelope.
- ✔ Fine 100 W / 200 µm beam — delicate porous coatings without over-melting the substrate
- ✔ DMT closed-loop control — uniform, repeatable titanium layers
- ✔ Multi-axis motion follows curved implant geometry; argon ≤50 ppm O₂
- ✔ Lead time: configured to order — request a quote for delivery & installation
What your process engineer actually checks
Coatings you can repeat
Porous titanium coatings only work if they are uniform. DMT's closed-loop melt-pool control lays thin layers the same way every time — the repeatability implant surfaces demand for osseointegration.
A materials engineer on the line
Factory-trained engineers, not a ticket queue. Titanium coating-parameter development and troubleshooting in under 24h — we run directed-energy deposition and titanium work ourselves. NDA on request.
The InssTek MX-Med is a DED metal 3D printer dedicated to medical work — a low-power 100 W laser and 200 µm beam that apply uniform porous titanium coatings onto orthopedic implants for osseointegration, driven by InssTek’s DMT closed-loop melt-pool control.
Why medical teams choose the MX-Med
A dedicated DED system for porous titanium coatings — not a repurposed production machine.
DMT closed-loop control
Coaxial vision cameras hold the melt pool every layer, so thin porous titanium layers deposit uniformly onto implant surfaces — the consistency osseointegration depends on.
Fine 100 W / 200 µm beam
A low-power 100 W laser and 200 µm beam lay down controlled, fine porous structures without over-melting the substrate — built for delicate coating work, not bulk fabrication.
Multi-axis implant motion
A/C rotary motion (−100° to +5° / 360°) lets the nozzle follow curved implant geometry, coating hip, knee and other components evenly.
Argon-controlled titanium process
Argon >99.999% at ≤50 ppm O₂ keeps titanium coatings low-oxide and sound — the process integrity medical-grade parts require.
How Additive Plus delivers it
Configured for your implant work, supported by engineers who run DED themselves.
Match it to your parts
We confirm axis configuration, optics and atmosphere against the implant geometry and coating spec you need before you commit.
Install & train on-site
Factory-trained engineers install the MX-Med, run first coatings, and train your team on MX-OS and MiXO Pro.
Qualify & support
We help build DMT coating-parameter sets for your titanium grades and stay on the line for process development — sub-4h reply, NDA on request.
Materials
The MX-Med is built for titanium porous coatings; the single-material PCM feeder is optimised for controlled, repeatable deposition.
- Titanium: CP Ti, Ti-6Al-4V — porous surface structures for osseointegration
- Powder: spherical, medical-grade titanium; Additive Plus can advise on powder qualification
System & Process Specifications
- Build envelope: 11.8×11.8×9.1 in / 300×300×230 mm
- Process: DED with DMT real-time melt-pool feedback; A/C rotary (−100° to +5° / 360°)
- Laser: Ytterbium fiber, max. 100 W; porous-coating optics, 200 µm beam
- Powder feed: PCM-Single, precision single-material
- Atmosphere (option): argon >99.999%, O₂ ≤50 ppm
- Software: MX-OS with MiXO Pro · See the full Specifications tab below.
Where the MX-Med is used
Porous titanium coatings on high-value medical components.
Not sure the MX-Med fits your work?
Compare it with InssTek’s production and research DED systems.
R&D scaleInssTek MX-LabView printer →
Powder bedFarsoon FS301MCompare platform →
Why Source the MX-Med Through Additive Plus
- Application engineering from a team that runs directed-energy deposition and titanium work in-house
- Configuration support — axis setup, optics and atmosphere matched to your implant work
- Install, operator training and DMT coating-parameter development included
- Leasing and financing available for capital equipment
- <24h response · 200+ AM systems delivered across 23 countries
| Brand | Insstek |
| Country of origin | South Korea |
| Technology | Directed Energy Deposition (DED) / DMT |
| Build Volume | 11.8×11.8×9.1 in / 300×300×230 mm |
| Laser Type | Ytterbium fiber, max. 100 W |
| Material | Titanium (CP Ti, Ti-6Al-4V) |
Send us your implant geometry and titanium spec — we'll run trial porous coatings on DMT in California and share the results before you commit to a system.
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“Harry and team were professional, effective communicators as we set up the order, then they executed quickly and produced an amazing product for us at a very competitive price. Am looking forward to our next print w Additive Plus!”
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“I needed a 3D enclosure printed urgently in a specific time period, they did great!”
Common questions
Don't see yours? Email [email protected] — NDA on request, typical reply within 4 hours.
What is the InssTek MX-Med designed to do?
What materials does the MX-Med use?
How does the MX-Med apply porous coatings?
Why is DMT closed-loop control important for implant coatings?
What is the build volume and axis configuration?
Does the MX-Med come with medical certification or FDA clearance?
What lead time and support come with the MX-Med?
Place your order, or talk to an engineer first
Order InssTek MX-Med Medical DED Metal 3D Printer – Porous Titanium Implant Coating | 300×300×230 mm direct, or talk to materials engineer